Functions

• Conditional Logic

  Produces Channels and/or Events based on programmable conditions. The Logic Output Channel is the channel that will be produced when the condition is met. It’s value will be 1 when true, 0 when false. The On Logic True Output Event is produced when the condition becomes true. The On Logic False Output Event is produced when the condition becomes false. The Logic On Delay is the time in milliseconds that the logic output will be delayed after the condition is met.
• Counters

  Counters can be either incremented/decremented by events or conditions becoming true. The step controls how much the counter is incremented or decremented by. When set to wrap, the counter will wrap around to the minimum value when it reaches the maximum value, and vice versa. Following The counter follows the increments and decrements of another channel. Note that it doesnqsTr(’t directly follow this channel’)s value, it follows the increments and decrements of the channel.
• Inertial Measurement Unit

  Emtron ED Series Displays contain 6 axis Inertial Measurement Unit (IMU). Output Channels G-Force Lateral G-Force Longitude G-Force Vertical Acceleration Lateral Acceleration Longitude Acceleration Vertical Angular Velocity X Angular Velocity Y Angular Velocity Z Roll Pitch Yaw Calibration Make sure car is parked on a flat level surface. Click Zero Calibrate to put the IMU into calibration mode. The device will take 5 seconds worth of samples and find it’s vertical orientation.
• Lap Timing

  The Lap Timing function outputs lap and timing data based triggered by lap beacon events. Input Channels Speed Channel: Select the channel to use as the speed input. Lap Distance Channel: Optional - Select the channel to use as the lap distance input. Note: Lap and Race distance can be calculated from the speed input channel. Input Events Three main events are used to control the lap timing function. These events can be triggered however you see fit.
• Math Functions

  How to configure the real time math processing system
• PID Controllers

  This guide explains how to configure and manage PID (Proportional-Integral-Derivative) controllers for process control. The guide covers how to set up controllers, assign channels, define conditions, adjust limits, configure gain tables, and monitor diagnostics for effective PID control. Overview A PID controller adjusts a process by calculating an error (difference between a desired set point and the measured process variable) and applying proportional P, integral I, and derivative D corrections to produce an output.
• Shift Lights

  How to configure the shift lights on the device
• Switch Logic

  How to configure the switching input logic on the device
• Tables

  How to add and configure two dimensional tables
• Timers

  Generates a timer with customisable start, stop, and reset logic. Pictured example: Hide the camera view 10 seconds after reverse gear is deselected. Settings Output Channel The channel that contains the output time in seconds. On Expired Event This event will be triggered when the timer reaches Max Time. Max Time The maximum time (in seconds) that the timer can reach. 0 = No time limit. Reset Mode Determines the reset behaviour.
• Track Setup

  Track Setup determines how GPS based Lap Timing functions. Lap Timing and Track Setup are separated so that other systems can also generate the lap and sector beacons. This allows the use of other timing systems such as laser beacons. Location Detection Each track has a central GPS position. This allows the device to select the track as the active track when it detects itself inside the detection radius of a particular track.
• Wi-Fi

  Default Network By default the ED Series Displays will broadcast the following Wi-Fi networks. Model SSID Passphrase ED10M ED10M ed10mwifi ED7M ED7M ed7mwifi ED7 ED7 ed7_wifi Settings The user can change the SSID and Passphrase freely. Note: This change is stored in the device, independent of the loaded config.